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History of Prisma (No. 1)

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System Frequency 1H [MHz] = 123.25 System Frequency 3He [MHz] = 93.8907 System Frequency 7Li [MHz] = 47.8995 System Frequency 13C [MHz] = 30.9933 System Frequency 19F [MHz] = 115.951 System Frequency 23Na [MHz] = 32.6018 System Frequency 31P [MHz] = 49.8922 System Frequency 129Xe [MHz] = 34.0955 System Frequency 17O [MHz] = 16.708

Larmor Constant 1H [MHz/T] = 42.5756 Larmor Constant 3He [MHz/T] = 32.4336 Larmor Constant 7Li [MHz/T] = 16.5464 Larmor Constant 13C [MHz/T] = 10.7063 Larmor Constant 19F [MHz/T] = 40.0542 Larmor Constant 23Na [MHz/T] = 11.262 Larmor Constant 31P [MHz/T] = 17.2348 Larmor Constant 129Xe [MHz/T] = 11.778 Larmor Constant 17O [MHz/T] = 5.7716

GSWD stimulation monitor = on

MSU NominalB0 [T] = 2.89362

RFPA[0] MaxPower for BC path 1H [W] = 16200 RFPA[0] MaxPower for BC path 1H [W] = 16200 RFPA[0] ChargeBalanceDutyCycle for BC path 1H [W] = 0.12 RFPA[0] MaxPower for LC path 1H [W] = 7200 RFPA[0] ChargeBalanceDutyCycle for LC path 1H [W] = 0.24 RFPA[0] MaxPower for BC path 3He [W] = 0 RFPA[0] MaxPower for BC path 3He [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 3He [W] = 0 RFPA[0] MaxPower for LC path 3He [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 3He [W] = 0 RFPA[0] MaxPower for BC path 7Li [W] = 0 RFPA[0] MaxPower for BC path 7Li [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 7Li [W] = 0 RFPA[0] MaxPower for LC path 7Li [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 7Li [W] = 0 RFPA[0] MaxPower for BC path 13C [W] = 0 RFPA[0] MaxPower for BC path 13C [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 13C [W] = 0 RFPA[0] MaxPower for LC path 13C [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 13C [W] = 0 RFPA[0] MaxPower for BC path 19F [W] = 0 RFPA[0] MaxPower for BC path 19F [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 19F [W] = 0 RFPA[0] MaxPower for LC path 19F [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 19F [W] = 0 RFPA[0] MaxPower for BC path 23Na [W] = 0 RFPA[0] MaxPower for BC path 23Na [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 23Na [W] = 0 RFPA[0] MaxPower for LC path 23Na [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 23Na [W] = 0 RFPA[0] MaxPower for BC path 31P [W] = 0 RFPA[0] MaxPower for BC path 31P [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 31P [W] = 0 RFPA[0] MaxPower for LC path 31P [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 31P [W] = 0 RFPA[0] MaxPower for BC path 129Xe [W] = 0 RFPA[0] MaxPower for BC path 129Xe [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 129Xe [W] = 0 RFPA[0] MaxPower for LC path 129Xe [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 129Xe [W] = 0 RFPA[0] MaxPower for BC path 17O [W] = 0 RFPA[0] MaxPower for BC path 17O [W] = 0 RFPA[0] ChargeBalanceDutyCycle for BC path 17O [W] = 0 RFPA[0] MaxPower for LC path 17O [W] = 0 RFPA[0] ChargeBalanceDutyCycle for LC path 17O [W] = 0

RFPA[1] MaxPower for BC path 1H [W] = 24200 RFPA[1] MaxPower for BC path 1H [W] = 24200 RFPA[1] ChargeBalanceDutyCycle for BC path 1H [W] = 0.12 RFPA[1] MaxPower for LC path 1H [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 1H [W] = 0 RFPA[1] MaxPower for BC path 3He [W] = 0 RFPA[1] MaxPower for BC path 3He [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 3He [W] = 0 RFPA[1] MaxPower for LC path 3He [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 3He [W] = 0 RFPA[1] MaxPower for BC path 7Li [W] = 0 RFPA[1] MaxPower for BC path 7Li [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 7Li [W] = 0 RFPA[1] MaxPower for LC path 7Li [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 7Li [W] = 0 RFPA[1] MaxPower for BC path 13C [W] = 0 RFPA[1] MaxPower for BC path 13C [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 13C [W] = 0 RFPA[1] MaxPower for LC path 13C [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 13C [W] = 0 RFPA[1] MaxPower for BC path 19F [W] = 0 RFPA[1] MaxPower for BC path 19F [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 19F [W] = 0 RFPA[1] MaxPower for LC path 19F [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 19F [W] = 0 RFPA[1] MaxPower for BC path 23Na [W] = 0 RFPA[1] MaxPower for BC path 23Na [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 23Na [W] = 0 RFPA[1] MaxPower for LC path 23Na [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 23Na [W] = 0 RFPA[1] MaxPower for BC path 31P [W] = 0 RFPA[1] MaxPower for BC path 31P [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 31P [W] = 0 RFPA[1] MaxPower for LC path 31P [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 31P [W] = 0 RFPA[1] MaxPower for BC path 129Xe [W] = 0 RFPA[1] MaxPower for BC path 129Xe [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 129Xe [W] = 0 RFPA[1] MaxPower for LC path 129Xe [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 129Xe [W] = 0 RFPA[1] MaxPower for BC path 17O [W] = 0 RFPA[1] MaxPower for BC path 17O [W] = 0 RFPA[1] ChargeBalanceDutyCycle for BC path 17O [W] = 0 RFPA[1] MaxPower for LC path 17O [W] = 0 RFPA[1] ChargeBalanceDutyCycle for LC path 17O [W] = 0

RFCI CoilCtrlLead time [us] = 100

RFCI CoilCtrlHold time [us] = 8

GPA Type = K2309_2250V_951A GPA GradMaxAmplAbsolute [mT/m] = 80 GPA GradMaxAmplNominal [mT/m] = 34 GPA GradMaxAmpl [mT/m] = 37 / 24 / 22 / 22 GPA GradMinRiseTimeAbsolute [us/(mT/m)] = 5 GPA GradMinRiseTime [us/(mT/m)] = 5.3 / 5.55 / 10 / 20 GPA GradClipRiseTime [us/(mT/m)] = 1 GPA GradMaxSlewRateAbsolute [mT/(m*ms)] = 200 GPA GradMaxSlewRate [mT/(m*ms)] = 188.679 / 180.18 / 100 / 50 GPA GradClipSlewRate [mT/(m*ms)] = 1000

This is a Prisma gradient system

GC Type = AS82 GC FoVMax [mm] = 500 GC AcousticResonanceFrequency[0] [Hz] = 590 GC AcousticResonanceBandwidth[0] [Hz] = 100 GC AcousticResonanceFrequency[1] [Hz] = 1140 GC AcousticResonanceBandwidth[1] [Hz] = 220 GC AcousticResonanceFrequency[2] [Hz] = 1620 GC AcousticResonanceBandwidth[2] [Hz] = 100 GC AcousticResonanceFrequency[3] [Hz] = 0 GC AcousticResonanceBandwidth[3] [Hz] = 0 GC AcousticResonanceFrequency[4] [Hz] = 0 GC AcousticResonanceBandwidth[4] [Hz] = 0

Thu Mar 17 17:11:30.957 Shutting down 1